Autonomous

Autonomous
Operations

Full-stack autonomy software — perception, planning, and execution — for unmanned and semi-autonomous systems operating across contested, GPS-denied, and unstructured environments.

Our Capabilities

Autonomy software for operations without reliable infrastructure

6 Core Service Areas

Mission autonomy, GPS-denied navigation, multi-agent coordination, contested operations, autonomous logistics, and field-deployable runtime.

Goal-Driven Task Execution

Mission Autonomy

Autonomy software that translates high-level mission goals into executable behaviour, adapting plans as conditions on the ground change.

  • Mission Planning & Execution
    Task decomposition and execution engines that turn operator intent into autonomous action sequences
  • Dynamic Replanning
    Onboard replanning that adapts mission execution to new threats, obstacles, or objectives without operator input
  • Mission Behaviour Libraries
    Reusable autonomy behaviours configurable across platforms and mission types
Mission Planning Dynamic Replanning Behaviour Libraries
Autonomous perception and sensor fusion
Goal
Driven Execution
Positioning Without Satellite Reliance

GPS-Denied Navigation

Navigation software that maintains accurate positioning when satellite signals are jammed, spoofed, or unavailable.

  • Visual & Inertial Navigation
    Visual-inertial odometry and terrain-relative navigation for sustained accuracy without GPS
  • Spoofing & Jamming Detection
    Signal integrity monitoring that detects degraded or hostile GPS signals and switches navigation modes
  • Map-Based Relocalisation
    Pre-loaded map matching for accurate repositioning after extended periods without satellite fix
Visual-Inertial Nav Anti-Spoofing Map Relocalisation
Autonomous path planning and navigation
Denied
Environment Ready
Swarm & Team-Level Autonomy

Multi-Agent Coordination

Coordination software that lets groups of unmanned systems share information and act as a team toward a shared objective.

  • Decentralised Task Allocation
    Distributed allocation algorithms that assign tasks across agents without a single point of failure
  • Shared Situational Awareness
    Low-bandwidth data sharing that keeps every agent's world model consistent across the team
  • Formation & Coverage Behaviours
    Configurable formation, search, and coverage patterns for area operations
Decentralised Tasking Shared Awareness Swarm Behaviours
Autonomous vehicle control systems
Team
Level Autonomy
Operating Under Denial & Interference

Contested Operations

Autonomy designed to keep functioning when communications are degraded, signals are jammed, or the operating picture is incomplete.

  • Comms-Degraded Autonomy
    Mission continuation logic for intermittent or denied communication links
  • Electronic Warfare Resilience
    Navigation and control software hardened against jamming, spoofing, and signal denial
  • Autonomous Contingency Behaviours
    Predefined fallback behaviours that preserve mission safety when contact is lost
Comms-Degraded Ops EW Resilience Contingency Autonomy
Autonomous fleet operations and management
Contested
Environment Capable
Unmanned Resupply & Transport

Autonomous Logistics

Software for unmanned platforms that move materiel, equipment, and supplies through unstructured terrain without driver input.

  • Cargo & Resupply Routing
    Route planning across unstructured terrain optimised for load, distance, and threat exposure
  • Autonomous Convoy Operations
    Leader-follower and independent convoy software for multi-vehicle transport tasks
  • Last-Mile Delivery Autonomy
    Terminal navigation and handling for delivery in confined or unmapped areas
Resupply Routing Convoy Autonomy Last-Mile Delivery
Autonomous systems functional safety engineering
Unmanned
Transport & Resupply
Autonomy Software at the Edge

Field-Deployable Runtime

Autonomy software packaged to run reliably on field hardware, with the tooling needed to update and maintain it in operational conditions.

  • Cross-Platform Autonomy Stack
    Portable autonomy software that runs across vehicle types and compute platforms with minimal rework
  • Field Update & Configuration
    Tooling for updating behaviours, maps, and mission parameters on deployed systems
  • Onboard Diagnostics & Logging
    Autonomy health monitoring and mission logging for post-mission analysis and troubleshooting
Cross-Platform Stack Field Updates Onboard Diagnostics
Autonomous systems simulation and validation
Edge
Deployable Autonomy
Goal
Driven Execution
Mission autonomy that adapts plans as conditions change
Denied
Environment Navigation
Accurate positioning without satellite reliance
Team
Level Autonomy
Coordinated multi-agent operation toward shared objectives
Edge
Deployable Runtime
Autonomy software built to run on field hardware
Autonomous vehicle on open road
Autonomy
Perception, Planning
& Execution
Our Approach

Autonomy built for the environments that break it

We build autonomy software for operations where infrastructure can't be relied on — degraded comms, denied positioning, and terrain that doesn't match the map.

  • 01
    Designed for the unstructured, not the ideal
    Autonomy behaviours are built and tested against unmapped terrain, degraded signals, and unexpected obstacles from the start.
  • 02
    Operates when comms and GPS don't
    Navigation and coordination continue to function under jamming, spoofing, and signal loss.
  • 03
    Built for fleets, not single platforms
    Coordination and tasking scale from a single unit to distributed multi-agent operations.
  • 04
    Maintainable in the field
    Update and diagnostic tooling keeps deployed autonomy current without returning hardware to a depot.